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Tektronix Type 575 Transistor Curve Tracer This does not mean that the unit doesn’t work, only that we have not tested or checked it out. This may also mean that we are not knowledgeable in that specific item. Please call Monique Toll Free at 1-866-MHZ-ELEC (1-(***)-649-3532) if you have questions between the hours of 9:00 AM and 4:00 PM Monday thru Friday Pacific Time. The Item may vary from picture as manufacture may change model appearance. All information, including description, specifications and features are from a manufacturers data sheet or manual and are subject to change without notice. Meaning that all information included in the description, specifications and features What you see is what you get! If it doesn’t show it you probably won’t get it! Tektronix Type 575 Transistor Curve Tracer * Display Dynamic Characteristic Curves * Direct Comparison of Transistor Characteristics * The Type 575 Transistor Curve Tracer displays the dynamic characteristic curves of both NPN and PNP transistors. Several different transistor characteristic curves may be displayed, including the collector family in the common-base and common-emitter configuration. In addition to the transistor curves, the Type 575 is used to display dynamic characteristics of a wide range of semiconductor devices. * Transistors under test are inserted into either a common-base or common-emitter test circuit. The transistor collector has a sweep voltage applied to it while a step voltage or current is applied to either the base or emitter (whichever is under grounded). Voltage, for the collector, sweeps between zero and a selectable value. The Step Generator applies steps to the vase or emitter that start at zero and build up to a value determined by the number of steps and value of each step as selected with front-panel controls. Each sequence of steps, in conjunction with the sweep voltage on the collector, produces one family of characteristic curves. * Base or Emitter Step Generator * Type of Steps: Steps are increments of voltage or current and are either positive or negative. * Voltage Increments: Selectable from 10mV/step to 0.2V/step ± 3% with 2.4-A current capability. * Current Increments: Selectable from 1µA/step to 200mA/step, ± 3%. * Stepping Rate: 2 of 4 times lines frequency. * Number of Steps: Continuously variable from 4 to 12 steps per family of characteristic curves. * Single or Repetitive: Stops after a single family of curves is generated, or repeatedly generates the family of curves. * Frequency: 2 times line frequency. * Peak Sweep Voltage: Continuously variable from 0V to 20V minimum with 10-A capability and from 0V to 200V minimum with 1-A capability. * Polarity: Positive or Negative. * Transistor Collector Current: 1µA/div to 2A/div, ± 3%. * Transistor Base of Emitter Current: 1µA/div to 200mA/div, ± 3%. * Transistor Base or Emitter Voltage: 10mV/div to 0.5V/div, ± 3%. * Base or Emitter Source Voltage: 10mV/div to 0.2V/div, ± 3%. * Transistor Collector Voltage: 10mV/div to 20V/div, ± 3%. * Transistor Base or Emitter Current: 1 µA/div to 200mA/div, ±3%. * Transistor Base or Emitter Voltage: 10mV/div to 0.5V/div, ±3%. * Base or Emitter Source Voltage: 10mV/div to 0.2V/div, ± 3%. * Display Area: 10 x 10 div (5/16†per div) * Comparison Switch: Switch allows switching between two semiconductors for comparison. * Dimensions: 16.375â€H x 13â€W x 23.625â€D * These units were removed from a local University. These units are complete; however they are also untested as there are too many to test. (please look at our rules and privacy policy) |
Lucinda_Olson@machine--tools.com (Lucinda Olson) for additional information. This email is used for forwarding to newsgroup user.
